def load_tabs(self):
for major_key in database.read_stability_specifications().keys():
for key in database.read_stability_specifications(
)[major_key].keys():
self.asbTabs.addTab(
table_tab(type_=sandbox_data,
major_key=major_key,
name=key), key)
for major_key in database.read_datcom_stability_specifications().keys(
):
for key in database.read_datcom_stability_specifications(
)[major_key].keys():
self.datcomTabs.addTab(
table_tab(type_=datcom_data, major_key=major_key,
name=key), key)
def read_sandbox_table_data(type_="", major_key="", key=""):
if type_ == datcom_data:
values = database.read_datcom_stability_specifications()[major_key]
else:
values = database.read_stability_specifications()[major_key]
val = values.get(key)
x_label = alpha
alpha_ = get_aoa_range()
velocity_ = get_free_stream_velocity_range()
y = val
return alpha_, velocity_, y
def get_pandas_sandbox_table(type_="", major_key="", name=""):
if type_ == datcom_data:
values = database.read_datcom_stability_specifications()[major_key]
else:
values = database.read_stability_specifications()[major_key]
y = values.get(name)
value = {}
for vel, y_ in zip(get_free_stream_velocity_range(), y):
value.update({vel: {alpha: get_aoa_range(), name: y_}})
df = pd.DataFrame(value)
return df.to_string()
def read_datcom_table_data(type_="", major_key="", key=""):
if type_ == datcom_data:
values = database.read_datcom_stability_specifications()[major_key]
else:
values = database.read_stability_specifications()[major_key]
val = values.get(key)
x_label = alpha
alpha_ = get_aoa_range()
velocity_ = get_free_stream_velocity_range()
for i in val:
if i == "NDM":
val[val.index(i)] = 0
return alpha_, velocity_, val
def exportValues():
output = ""
for major_key in database.read_datcom_stability_specifications().keys():
for key in database.read_datcom_stability_specifications(
)[major_key].keys():
alpha_, velocity_, y = read_datcom_table_data(type_=datcom_data,
major_key=major_key,
key=key)
try:
value = y[alpha_.index(0)]
except:
value = 0
output = output + f"{key}:{value},"
for key, value in database.read_propulsion_specifications(
)["propulsion_dialogs"].items():
output = output + f"{key}:{value},"
for key, value in database.read_structures_specifications().items():
try:
for k, v in value.items():
output = output + f"{k}:{v},"
except:
output = output + f"{key}:{value},"
writeTxt(sim_export_txt_dir, output)
def get_pandas_datcom_table(type_="", major_key="", name=""):
if type_ == datcom_data:
values = database.read_datcom_stability_specifications()[major_key]
else:
values = database.read_stability_specifications()[major_key]
val = values.get(name)
y = []
j_y = []
prev = 0
for i in range(9, len(val) + 1, 9):
y.append(val[prev:i:1])
prev = i
for i in y:
try:
j_y.append(i[0])
except:
pass
value = {}
for vel, y_ in zip(get_free_stream_velocity_range(), y):
value.update({vel: {alpha: get_aoa_range(), name: y_}})
df = pd.DataFrame(value)
return df.to_string()